User:Eg-T2g

Eg and T2g are 2- en 3-dimensional representations in the 48-fold cubic point group Oh. The g in the subscript denotes inversion symmetry.

Eg and T2g are the representations of the d-orbitals of transition metals with an FCC-crystal structure like copper, gold, platinum and silver.

The material in the sandbox and the pipeline is under construction.

Activities on en.wikipedia.org
Eg-T2g made contributions to:
 * Density of states adding substantial info and reconstruction
 * Free electron model adding substantial info
 * Empty Lattice Approximation construction
 * Nearly-free electron model adding introduction and info
 * Tight binding substantial reconstruction
 * Electronic band structure some additional remarks
 * Self energy some additional remarks
 * Friedel oscillations added substantial info
 * Spin-orbital
 * Slater-type orbital added differentials section
 * Atomic orbital minor remarks
 * Relativistic quantum chemistry added length contraction remark
 * Cubic harmonics construction
 * Impurity added thermodynamical remark
 * Pigment added info in physical basis introduction and minor remarks
 * Conjugated system adding text + info
 * Absorption band cleaning, corrections and updating
 * Metallic bond added links and info on dielectric function

Books on several subjects

 * Classical mechanics


 * Physics general


 * Quantum mechanics text books


 * Atomic physics


 * Solid state physics


 * Space and point groups


 * Electronic band structure calculations


 * Molecular Quantum Mechanics


 * Angular momentum and SO(3)


 * Green's functions etc...


 * Inorganic Chemistry


 * Elementary particles and QFT

Some interesting science pages
Chemistry and Physics
 * Solid state and condensed-matter physics
 * Electronic band structure
 * Tight binding model
 * Nearly free electron model
 * Density of states
 * Transition metals
 * Green's functions
 * Self-energy
 * Quasiparticles
 * Casimir effect
 * Van der Waals force
 * Crystal structure
 * Chemical elements data references

Mathematics Biology
 * Complex analysis
 * Laplace's equation
 * Elliptic integrals
 * Legendre polynomials
 * Spherical harmonics
 * Lynn Margulis and Endosymbiotic theory
 * Morphogenesis and Hox gene